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Inconel 600 (Ni-76Cr-16Fe-8) annealed vs Inconel 625

Property comparison of Inconel 600 (Ni-76Cr-16Fe-8) annealed and Inconel 625, both nickel alloy.

Nickel Alloy11 compared properties
PropertyInconel 600 (Ni-76Cr-16Fe-8) annealedInconel 625Difference
Yield strength240 MPa448 MPa+87%
Tensile strength550 MPa862 MPa+57%
Elongation30 %50 %+67%
Elastic modulus214,000 MPa207,500 MPa-3%
Shear modulus75,845 MPa81,361 MPa+7%
Poisson ratio0.290.28-3%
Density8,420 kg/m³8,440 kg/m³0%
Thermal conductivity15.9 W/m·K10.8 W/m·K-32%
Specific heat444 J/kg·K427 J/kg·K-4%
Coefficient of thermal expansion0.00001 1/K0.000013 1/K+23%
Melting point1,413 °C1,350 °C-4%

Difference is Inconel 625 relative to Inconel 600 (Ni-76Cr-16Fe-8) annealed. Values are taken from the representative row of each material; both materials may have multiple heat treatments or conditions on their individual pages.

Identification

Inconel 600 (Ni-76Cr-16Fe-8) annealed
grade
N06600
standard
Special Metals Corp. tech bulletin INCONEL alloy 600 (SMC-027)
heat treatment
mill-annealed
Inconel 625
grade
N06625
standard
Special Metals Corp. tech bulletin INCONEL alloy 625 (SMC-063)
heat treatment
annealed

About Inconel nickel-chromium superalloys

Inconel is a family of nickel-chromium-iron superalloys. They keep strength at temperatures where steels and most stainless grades have failed and resist oxidation and hot corrosion. Inconel 718 is the most widely used grade for aerospace turbine disks and high-temperature fasteners; Inconel 625 is the choice when chloride and reducing-acid corrosion both matter.

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